28-Jul-2021 21:47:54

polyiamonds_test():
  MATLAB/Octave version 9.9.0.1467703 (R2020b).
  Test polyiamonds().

boolean_to_string_test():
  boolean_to_string creates the string "True" or "False"
  based on a boolean value.
  This can be useful when printing boolean results.

   I   isPrime?

   1   False
   2   True
   3   True
   4   False
   5   True
   6   False
   7   True
   8   False
   9   False
  10   False

boolean_to_string_test()
  Normal end of execution.

boundary_hexiamond_test():
  MATLAB/Octave version 9.9.0.1467703 (R2020b)
  boundary_hexiamond() returns the boundary word of a hexiamond.

  bat

  boundary word:  "11004343"
  base point   :  [ 0, 0 ]

  crown

  boundary word:  "11045342"
  base point   :  [ 1, 0 ]

  pistol

  boundary word:  "01045332"
  base point   :  [ 1, 0 ]

  snake

  boundary word:  "01053432"
  base point   :  [ 1, 0 ]

boundary_hexiamond_test():
  Normal end of execution.

boundary_is_legal_test():
  MATLAB/Octave version 9.9.0.1467703 (R2020b)
  boundary_is_legal() checks whether a polyiamond
  boundary word is legal.

  Index     Name     Boundary   Legal

   1         bat  "11004343"    True
   2   butterfly  "11504423"    True
   3        club  "11044532"    True
   4       crown  "11045342"    True
   5     hexagon    "105432"    True
   6     lobster  "02055332"    True
   7      pistol  "01045332"    True
   8    rhomboid  "11104443"    True
   9        shoe  "10205433"    True
  10       snake  "01053432"    True
  11      sphinx  "11154533"    True
  12       yacht  "11053533"    True

boundary_is_legal_test():
  Normal end of execution.

boundary_plot_test():
  MATLAB/Octave version 9.9.0.1467703 (R2020b)
  boundary_plot() plots a polyiamond from its boundary word.
  Graphics saved as "boundary_plot_test.png"

boundary_plot_test():
  Normal end of execution.

boundary_print_test():
  MATLAB/Octave version 9.9.0.1467703 (R2020b)
  boundary_print() prints a polyiamond
  from its boundary word.

  bat

  boundary word:  "11004343"
  base point   :  [ 0, 0 ]

  crown

  boundary word:  "11045342"
  base point   :  [ 1, 0 ]

  pistol

  boundary word:  "01045332"
  base point   :  [ 1, 0 ]

  snake

  boundary word:  "01053432"
  base point   :  [ 1, 0 ]

boundary_print_test():
  Normal end of execution.

boundary_range_test():
  MATLAB/Octave version 9.9.0.1467703 (R2020b)
  boundary_range() finds the minimum and maximum I and J
  coordinates of a polyiamond drawn from its boundary word
  and starting at P.

        Name  Imin  Imax  Jmin  Jmax  Pi  Pj  Word

        tiny     1     3    -1     1   1   0  "21553"
         bat     0     2     0     2   0   0  "11004343"
   butterfly     0     3     0     2   1   0  "11504423"
        club     0     3     0     2   1   0  "11044532"
       crown     0     3     0     2   1   0  "11045342"
     hexagon     0     2     0     2   1   0  "105432"
     lobster     0     2     0     3   1   0  "02055332"
      pistol     0     2     0     3   1   0  "01045332"
    rhomboid     0     3     0     1   0   0  "11104443"
        shoe     0     2     0     2   0   0  "10205433"
       snake     0     2     0     3   1   0  "01053432"
      sphinx     0     3     0     2   0   0  "11154533"
       yacht     0     2     0     2   0   0  "11053533"
        gort     0     5     0     5   0   0  "111110500043355343123443"

boundary_range_test():
  Normal end of execution.

boundary_reflect_test():
  MATLAB/Octave version 9.9.0.1467703 (R2020b)
  boundary_reflect() is given a polyiamond boundary word
  to reflect about the x, y, or xy axis.
  Graphics saved as "boundary_reflect_test.png"

boundary_reflect_test():
  Normal end of execution.

boundary_representative_test():
  boundary_representative() is given a boundary word, and
  returns the representative of its equivalence class.

  bat:

  boundary word:  "11004343"
  base point   :  [ 0, 0 ]

  bat representative:

  boundary word:  "00434311"
  base point   :  [ 0, 0 ]

  butterfly:

  boundary word:  "11504423"
  base point   :  [ 1, 0 ]

  butterfly representative:

  boundary word:  "04423115"
  base point   :  [ 1, 0 ]

  club:

  boundary word:  "11044532"
  base point   :  [ 1, 0 ]

  club representative:

  boundary word:  "04453211"
  base point   :  [ 1, 0 ]

  crown:

  boundary word:  "11045342"
  base point   :  [ 1, 0 ]

  crown representative:

  boundary word:  "04534211"
  base point   :  [ 1, 0 ]

  hexagon:

  boundary word:  "105432"
  base point   :  [ 1, 0 ]

  hexagon representative:

  boundary word:  "054321"
  base point   :  [ 1, 0 ]

  lobster:

  boundary word:  "02055332"
  base point   :  [ 1, 0 ]

  lobster representative:

  boundary word:  "02055332"
  base point   :  [ 1, 0 ]

  pistol:

  boundary word:  "01045332"
  base point   :  [ 1, 0 ]

  pistol representative:

  boundary word:  "01045332"
  base point   :  [ 1, 0 ]

  rhomboid:

  boundary word:  "11104443"
  base point   :  [ 0, 0 ]

  rhomboid representative:

  boundary word:  "04443111"
  base point   :  [ 0, 0 ]

  shoe:

  boundary word:  "10205433"
  base point   :  [ 0, 0 ]

  shoe representative:

  boundary word:  "02054331"
  base point   :  [ 0, 0 ]

  snake:

  boundary word:  "01053432"
  base point   :  [ 1, 0 ]

  snake representative:

  boundary word:  "01053432"
  base point   :  [ 1, 0 ]

  sphinx:

  boundary word:  "11154533"
  base point   :  [ 0, 0 ]

  sphinx representative:

  boundary word:  "11154533"
  base point   :  [ 0, 0 ]

  yacht:

  boundary word:  "11053533"
  base point   :  [ 0, 0 ]

  yacht representative:

  boundary word:  "05353311"
  base point   :  [ 0, 0 ]

boundary_representative_test():
  Normal end of execution.

boundary_rotate_test():
  MATLAB/Octave version 9.9.0.1467703 (R2020b)
  boundary_rotate() rotates a polyiamond
  described by its boundary word.
  Graphics saved as "boundary_rotate_snake_0.png"
  Graphics saved as "boundary_rotate_snake_60.png"
  Graphics saved as "boundary_rotate_snake_120.png"
  Graphics saved as "boundary_rotate_snake_180.png"
  Graphics saved as "boundary_rotate_snake_240.png"
  Graphics saved as "boundary_rotate_snake_300.png"
  Graphics saved as "boundary_rotate_snake_360.png"

boundary_rotate_test():
  Normal end of execution.

boundary_snap_test():
  MATLAB/Octave version 9.9.0.1467703 (R2020b)
  boundary_snap() snaps a polyiamond so that it has
  minimum I and J node coordinates of 0.
  Graphics saved as "boundary_snap_test.png"

boundary_snap_test():
  Normal end of execution.

boundary_sort_test():
  MATLAB/Octave version 9.9.0.1467703 (R2020b)
  boundary_sort() is given a polyiamond boundary word
  and sorts it to have lexically smallest base point.

  hexagon boundary word (rotated)

  boundary word:  "432105"
  base point   :  [ 5, 10 ]

  sorted hexagon boundary word

  boundary word:  "321054"
  base point   :  [ 4, 9 ]

  snake boundary word

  boundary word:  "01053432"
  base point   :  [ 1, 0 ]

  sorted snake boundary word

  boundary word:  "32010534"
  base point   :  [ 0, 1 ]

boundary_sort_test()
  Normal end of execution.

boundary_to_edge_test():
  MATLAB/Octave version 9.9.0.1467703 (R2020b)
  boundary_to_edge() converts a boundary word to an edge list.

  Tiny example: boundary word

  boundary word:  "21553"
  base point   :  [ 1, 0 ]

  Tiny example: edge list

   1: 1 0
   2: 2 -1
   3: 3 -1
   4: 2 0
   5: 1 1
   6: 1 0

  Gort: boundary word

  boundary word:  "111110500043355343123443"
  base point   :  [ 0, 0 ]

  Gort: edge list

   1: 0 0
   2: 1 0
   3: 2 0
   4: 3 0
   5: 4 0
   6: 5 0
   7: 5 1
   8: 4 2
   9: 4 3
  10: 4 4
  11: 4 5
  12: 3 5
  13: 3 4
  14: 3 3
  15: 2 4
  16: 1 5
  17: 1 4
  18: 0 4
  19: 0 3
  20: 1 3
  21: 2 2
  22: 2 1
  23: 1 1
  24: 0 1
  25: 0 0

boundary_to_edge_test():
  Normal end of execution.

boundary_to_triangle_test():
  MATLAB/Octave version 9.9.0.1467703 (R2020b)
  boundary_to_triangle() converts a boundary word
  to a triangle list.

  Gort boundary word

  boundary word:  "111110500043355343123443"
  base point   :  [ 0, 0 ]

name =

    '  Gort triangle list'


  Gort triangle list

  1: 1 1 0
  2: 1 1 1
  3: 2 1 0
  4: 2 1 1
  5: 3 1 0
  6: 3 1 1
  7: 4 1 0
  8: 4 1 1
  9: 5 1 0
 10: 5 1 1
 11: 3 2 0
 12: 3 2 1
 13: 4 2 0
 14: 4 2 1
 15: 5 2 0
 16: 2 3 1
 17: 3 3 0
 18: 3 3 1
 19: 4 3 0
 20: 4 3 1
 21: 1 4 0
 22: 1 4 1
 23: 2 4 0
 24: 2 4 1
 25: 3 4 0
 26: 4 4 0
 27: 4 4 1
 28: 2 5 0
 29: 4 5 0
 30: 4 5 1

boundary_to_triangle_test():
  Normal end of execution.

boundary_to_vertex_test():
  MATLAB/Octave version 9.9.0.1467703 (R2020b)
  boundary_to_vertex() converts a boundary word to a vertex list.

  Gort boundary word

  boundary word:  "111110500043355343123443"
  base point   :  [ 0, 0 ]

  Gort vertex list

   1: 0 0
   2: 5 0
   3: 5 1
   4: 4 2
   5: 4 5
   6: 3 5
   7: 3 3
   8: 1 5
   9: 1 4
  10: 0 4
  11: 0 3
  12: 1 3
  13: 2 2
  14: 2 1
  15: 0 1

boundary_to_vertex_test():
  Normal end of execution.

boundary_translate_test():
  MATLAB/Octave version 9.9.0.1467703 (R2020b)
  boundary_translate() translates a polyiamond
  described by its boundary word.
  Graphics saved as "boundary_translate_test.png"

boundary_translate_test():
  Normal end of execution.